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    • 1. 发明授权
    • Zoom lens assembly
    • 变焦镜头组合
    • US5268794A
    • 1993-12-07
    • US927209
    • 1992-08-07
    • Kwok Y. Chan
    • Kwok Y. Chan
    • G02B7/10G02B15/14
    • G02B7/10
    • A zoom lens assembly for a camera includes front and rear lens assemblies and a cam assembly mounted in a cylindrical lens barrel. Rotation of the cam assembly results in axial movement of the lens assemblies and change of the focal length. The cam assembly includes discrete front and rear sections respectively defining front lens and rear lens cam surfaces. The sections are attached together with the lens assemblies captured internally. Integral projections on the front lens assembly engage the front lens cam surface and axial grooves in the barrel. Integral projections on the rear lens assembly engage the rear lens cam surface and axial grooves in the front lens assembly. A coil spring urges the lens assemblies apart and against the cam surfaces.
    • 用于照相机的变焦透镜组件包括前透镜组件和后透镜组件以及安装在柱面透镜镜筒中的凸轮组件。 凸轮组件的旋转导致透镜组件的轴向运动和焦距的变化。 凸轮组件包括分别限定前透镜和后透镜凸轮表面的离散的前部和后部。 这些部分与内部捕获的镜头组件连接在一起。 前透镜组件上的整体投影与前镜头凸轮表面和镜筒中的轴向凹槽接合。 后透镜组件上的整体投影与后透镜凸轮表面和前透镜组件中的轴向凹槽接合。 螺旋弹簧促使镜头组件分开并抵靠凸轮表面。
    • 3. 发明授权
    • Camera with improved film leader capturing means
    • 相机具有改进的电影引导者捕捉手段
    • US4623232A
    • 1986-11-18
    • US676080
    • 1984-11-29
    • Wan C. WongShigeru Oshima
    • Wan C. WongShigeru Oshima
    • G03B17/28G03B1/56G03B17/30G03B19/04G03B1/12B65H75/28
    • G03B19/04G03B1/56
    • The camera preferably has a slotted take-up spool which when the film compartment covering door is opened is automatically rotated into an ideal position where a hook in a film-capturing slot thereof has an outward facing orientation ideal for capturing a film leader perforation when the film leader is inserted therein. The slot is preferably configured as a lengthwise passage leading into a hollow axially disposed chamber within the take-up spool, the trailing edge of the slot nearest the imaging station being provided with the hook. This edge is positioned so that it does not come into confronting engagement with the film during initial advance thereof until the film is firmly captively secured over the hook.
    • 相机优选地具有开槽的卷取卷轴,当薄膜室盖打开时,其自动旋转到理想位置,其中胶片捕获槽中的钩具有向外的朝向,其理想的方式是当胶片引导器穿孔 电影导演插入其中。 狭槽优选地构造成通向引导卷轴内的中空轴向布置的腔室的纵向通道,最靠近成像站的槽的后缘设有钩。 该边缘定位成使得它在初始前进期间不会与胶片面对接合,直到胶片被牢固地固定在钩上。
    • 4. 发明授权
    • Automatic slot positioning device for camera take-up spool
    • 自动插槽定位装置,用于摄像机卷取卷轴
    • US4525048A
    • 1985-06-25
    • US477247
    • 1983-03-21
    • Wan C. WongShigeru Oshima
    • Wan C. WongShigeru Oshima
    • G03B17/28G03B1/56G03B17/30G03B19/04G03B1/12
    • G03B19/04G03B1/56
    • A still camera includes a housing having a film chamber that is open to one side of the camera housing and is designed for drop-in loading of the film cartridge and leader. A channel leads from this side of the camera to the film path and a cavity is located at one end of the film path for receiving the film cartridge while a cavity is located at the other end of the film path which houses a take-up spool. The take-up spool has a slot for receiving the film leader and the camera incorporates drive mechanism for automatically aligning the slot of the take-up spool with the channel when the chamber door is opened. The drive mechanism forms part of the film transport system.
    • 静止照相机包括壳体,该壳体具有对照相机壳体的一侧开放的胶片室,并且被设计用于暗盒和暗盒的下落。 通道从相机的该侧引导到胶片路径,并且空腔位于胶片路径的一端,用于接收胶片暗盒,同时空腔位于胶片路径的另一端,其容纳卷取卷轴 。 卷取卷轴具有用于接收胶片引导件的插槽,并且相机包括驱动机构,用于当打开室门时自动将卷取卷轴的槽与通道对准。 驱动机构形成电影传送系统的一部分。
    • 5. 发明授权
    • Shutter striker cocking mechanism
    • 快门迎击机构
    • US4193678A
    • 1980-03-18
    • US929523
    • 1978-07-31
    • Kwok In Son
    • Kwok In Son
    • G03B17/42G03B9/10
    • G03B17/42
    • In a camera including a shutter member, a spring urged striker member adapted to be moved from an initial position to a fully cocked position and then released to strike the shutter member to cause the shutter member to move momentarily away from the lens opening of the camera, a drive gear is provided for moving the striker member from an initial to a fully cocked position during only part of the movement of a manually operable film winder member during a film winding operation. The striker member includes a gear segment including a toothed portion provided with teeth meshable with gear teeth of a first portion of the drive gear and a dead motion portion free of gear teeth so that further movement of said drive gear will not move the striker member beyond the fully cocked position, the striker member being held in the fully cocked position by the abutment of the last tooth of the gear segment with the drive gear.
    • 在包括活门构件的相机中,弹簧推动的撞击构件适于从初始位置移动到完全打开的位置,然后释放以撞击挡板构件,以使挡板构件瞬间移动离开照相机的镜头开口 提供了驱动齿轮,用于在胶卷卷绕操作期间在手动操作的卷绕机构件的仅部分运动期间将撞针构件从初始位置移动到完全旋转位置。 撞击构件包括齿轮段,齿轮段包括齿形部分,该齿形部分具有与驱动齿轮的第一部分的齿轮齿啮合的齿,以及没有齿轮齿的死动部分,使得所述驱动齿轮的进一步运动不会使撞击件移动超过 通过齿轮段的最后一个齿与驱动齿轮的邻接将撞击件保持在完全打开的位置。
    • 6. 发明授权
    • Autofocus camera system
    • 自动对焦摄像系统
    • US4843416A
    • 1989-06-27
    • US163375
    • 1988-03-02
    • Michael J. Brower
    • Michael J. Brower
    • G02B7/32
    • G02B7/32
    • An infrared ranging system for a battery-powered camera uses a light-emitting diode and associated pulse circuitry for producing a single ranging flash concentrated by a lens into a narrow cone of light generally centrally located in the field of view. The diode is powered by a capacitor bank charged in parallel and discharged in series to provide the necessary current pulse to the diode from a 2.0 volt system. The received pulse is concentrated on a photosensing diode by means of an infrared-passing lens to produce a voltage pulse related to amplitude of the reflected light, and hence to the range to a centrally located object in the field, this pulse being processed to set the state of one or more range-indicating latch circuits. The state of the latch circuits is used to govern the final setting of a driven adjustable focus lens. The system is equally applicable to setting the camera aperture in flash mode wherein the aperture is a range-dependent function.
    • 用于电池供电的相机的红外测距系统使用发光二极管和相关联的脉冲电路,用于将通过透镜集中的单个测距闪光产生为通常位于视场中心的窄锥形光。 二极管由并联充电并且串联放电的电容器组供电,以从2.0伏系统向二极管提供必要的电流脉冲。 接收到的脉冲通过红外通过透镜集中在光敏二极管上,以产生与反射光的幅度相关的电压脉冲,并且因此到达场中的中心位置的物体的范围,该脉冲被处理以设定 一个或多个范围指示锁存电路的状态。 闩锁电路的状态用于控制驱动可调焦距透镜的最终设定。 该系统同样适用于以闪光模式设置相机光圈,其中光圈是范围相关功能。
    • 7. 发明授权
    • Packaged camera assembly
    • 封装相机组合
    • US4804984A
    • 1989-02-14
    • US87340
    • 1987-08-20
    • William H. HeuerHari Matsuda
    • William H. HeuerHari Matsuda
    • B65D75/32B65D75/54G03B29/00B65D73/00
    • B65D75/322B65D75/32B65D75/54
    • A packaged camera assembly comprises a camera enclosed by a clam shell container of elongated rectangular shape so that the container is at least about twice as long as it is wide. A camera is supported between closely confronting transparent main walls of front and rear sections of the clam shell container which have outwardly projecting pockets for receiving the front and rear halves respectively of the camera. The camera is supported in the container so that the long dimension of its front face angles at least about 45 degrees and preferably about 60 degrees from the narrow dimension of the container. The container preferably has a display card sandwiched between said transparent main walls, the card having an aperture through which the camera passes. The container has support means along its long and short margins to support the packaged assembly upright for display with its long dimension upright or horizontal. The display card has camera identifying indicia with letters angled about 45 degrees so that the display card can be read when the packaged camera assembly has either one of the described display orientations.
    • 包装的相机组件包括由细长矩形形状的蛤壳式容器包围的照相机,使得容器至少是其宽度的两倍长。 相机支撑在蛤壳式容器的前部和后部的紧密相对的透明主壁之间,其具有用于接收相机的前半部和后半部的向外突出的凹部。 相机支撑在容器中,使得其前表面的长尺寸与容器的狭窄尺寸相距至少约45度,优选地约60度。 容器优选地具有夹在所述透明主壁之间的显示卡,所述卡具有相机通过的孔。 容器具有沿着其长和短边缘的支撑装置,以支撑包装组件直立用于展示,其长尺寸竖直或水平。 显示卡具有相机识别具有大约45度的字母的标记,使得当打包的相机组件具有所描述的显示方向之一时,可以读取显示卡。
    • 8. 发明授权
    • Miniature camera shutter mechanism
    • 微型相机快门机构
    • US4746946A
    • 1988-05-24
    • US61536
    • 1987-06-11
    • Kwok Y. Chan
    • Kwok Y. Chan
    • G03B9/10
    • G03B9/10
    • A simplified miniature camera features a spring-actuated shutter-striking slider member having a film-engaging finger integral therewith for engaging a film during film advance to move the striker member to an energized position. The slider member energizing spring is disposed to provide not only translational urging to the slider member, but also rotational urging to provide such film engagement. The film engaging member, as well as an arresting pawl configured to arresting engage the takeup spool gearing drive are all integral in a one-piece slider member slidably mounted to a post in the camera body. Exposure is initiated by operator actuation of a rotatable control member rotating the sliding member to disengage the film-engaging finger from its captured state in a film perforation, thereby releasing the slide to strike an impulse shutter. Subsequent rotation of the slider member of the slider energizing spring not only rotates the slider and the film-engaging finger into engagement with a film perforation, but also returns the shutter control system to its dormant state without the necessity for an additional return spring. In one embodiment, a pair of sear portions are formed, one on the camera body, and the other integral with the slider member, and may form either an auxiliary cocking latch for testing the camera with no film in place, or in the alternative, as the normal shutter release latch.
    • 简化的微型相机具有弹簧致动的快门击打滑块部件,其具有与其成为一体的胶片接合指状件,用于在胶片推进期间与胶片接合以将撞杆部件移动到通电位置。 滑动构件通电弹簧被设置成不仅提供对滑动构件的平移作用,而且提供旋转推动以提供这种膜接合。 胶片接合构件以及构造成阻止卷绕卷轴传动装置的止动爪都是整体的,可滑动地安装到照相机主体中的柱上的一体式滑动构件。 通过操作者启动旋转控制构件来启动曝光,旋转控制构件旋转滑动构件以使胶片接合手指从胶片穿孔中的捕获状态脱离,从而释放滑块以撞击脉冲快门。 滑块激励弹簧的滑动构件的随后的旋转不仅使滑块和胶片接合手指旋转与薄膜穿孔接合,而且还使快门控制系统恢复到其休眠状态,而不需要额外的复位弹簧。 在一个实施例中,形成一对扣合部分,一个在相机主体上,另一个与滑块部件一体形成,并且可以形成用于在没有胶片就位的情况下测试相机的辅助起重闩锁,或者替代地, 作为普通快门释放闩锁。
    • 9. 发明授权
    • Camera shutter cocking mechanism
    • 相机快门启动机构
    • US4681416A
    • 1987-07-21
    • US826971
    • 1986-02-10
    • Klaus Raschke
    • Klaus Raschke
    • G03B1/12G03B9/08G03B9/66G03B17/00G03B17/42
    • G03B9/66G03B17/42
    • A camera shutter cocking system employs a specially configured cam driven synchronously with a film-engaging sprocket to actuate a shutter cocking lever from a released to a shutter cocking condition by means of a cam follower mounted on the cocking lever. The cam preferably has two lobes, each configured to maintain the shutter cocking load on an electric motor drive system generally constant throughout substantially the entire film advancing operation. Excessive terminal overspeed of the motor drive system is thereby suppressed. A one-way clutch between the cam and the sprocket disengages the shutter cocking system from the motor drive during rewind and traps the cocking lever in a released position, thus preventing multiple double exposure of the film if the shutter release button is accidentally held down by the user during this operation.
    • 相机快门启动系统采用与胶片接合链轮同步地驱动的特殊配置的凸轮,以通过安装在推杆上的凸轮从动件从释放的快门启动状态致动快门推杆。 凸轮优选地具有两个凸角,每个凸起被构造成将电动机驱动系统上的快门起动负载保持在基本上整个薄膜前进操作中大体恒定。 由此可以抑制电动机驱动系统的过大的超速。 凸轮和链轮之间的单向离合器在倒带时将快门推动系统与电动机驱动器分离,并将起动杆捕获在释放位置,从而如果快门释放按钮被意外地按住,则防止胶片的多次双重曝光 该操作期间的用户。
    • 10. 发明授权
    • Automatic film-transport mechanism for a disc camera
    • 光盘相机的自动胶片传送机构
    • US4602859A
    • 1986-07-29
    • US536251
    • 1983-09-27
    • Kwok Y. Chan
    • Kwok Y. Chan
    • G03B17/42G03B19/02G03B1/00
    • G03B17/425G03B19/023
    • A completely mechanical disc film camera features film advance and shutter actuation by direct mechanical coupling to an external shutter release button. Shutter button actuation is automatically blocked after the fifteenth frame so as to prevent double exposure and film tearing. Selective film-flattening back pressure is applied to the disc film cassette during the terminal phase of the shutter depression stroke immediately prior to shutter tripping so as to hold the film in the proper imaging plane. Back pressure is released during the film advancing phase to as to relieve system loads and avoid film scratching. The film advance is secured by the oscillatory movement of a film notch engaging pawl carried by a claw driven into oscillatory motion by operation of the shutter button. Means are provided for coupling additional mass to the claw during the terminal phase of the film advancing stroke to reduce the speed of film advance, thereby providing protection against film overtravel. To provide for proper initial film advance when a fresh cassette is inserted an automatic film advancing operation is carried out responsive to closure of the door loading system.
    • 完全机械的光盘胶片相机通过直接机械耦合到外部快门释放按钮来实现胶片前进和快门驱动。 快门按钮启动在第十五帧后自动阻塞,以防止双重曝光和胶片撕裂。 在快门跳闸之前的快门按压行程的终点阶段期间,对光盘胶片暗盒施加选择性的胶片平整背压,以便将胶片保持在适当的成像平面中。 在胶片推进阶段释放背压以减轻系统负荷并避免胶片刮擦。 通过快门按钮的操作通过由驱动到振荡运动的爪承载的胶片缺口接合爪的振荡运动来确保胶片前进。 提供了用于在膜前进行程的终点期间将额外的质量与爪连接的装置,以降低胶片前进的速度,从而提供防止膜超行程的保护。 为了在插入新的盒式磁带时提供适当的初始胶片提前,响应于门装载系统的关闭来执行自动胶片前进操作。